Product overview

The DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High are designed for laboratory specimen storage and display applications. Made from DURAN glass, these cylindrical jars include a ground-in knob lid for secure and practical closure.

Key Features:

Brand: DWK
Material: DURAN glass
Shape: Cylindrical
Size: 150 x 150 mm high
Lid: Ground-in knob lid
Application: Suitable for laboratory specimen storage and display

These DWK specimen jars provide a reliable glassware option for laboratories requiring durable cylindrical jars with secure knob lid closures.

Frequently Asked Questions

1. What is the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High used for?

It are designed for laboratory specimen storage and display applications. Made from DURAN glass, these cylindrical jars include a ground-in knob lid for secure and practical closure.

2. Is the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High suitable for laboratory specimen storage and display?

Yes. It is designed for laboratory specimen storage and display, and offers a size of 150 x 150 mm high to support this kind of work.

3. What size does the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High have?

It has a size of 150 x 150 mm high, and is supplied under manufacturer part number 242092808.

4. What is the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High made from and what features does it include?

It is made from DURAN glass. It also offers cylindrical and ground-in knob lid.

5. How does the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High compare with the Bionis Nano Separating Chamber 100 x 100 mm with Knob Lid?

For lid applications, the DWK Specimen Jars, DURAN, with Knob Lid, 150 x 150 mm High is differentiated by material DURAN glass and shape Cylindrical. The Bionis Nano Separating Chamber 100 x 100 mm with Knob Lid from Bionis is another named option in the same product category. Compare the required specifications, compatibility and workflow requirements before selection.